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0807.12.1
0807.12.3 magneticfields
0807.12.5 Determine the relationship among the mass of objects, the distance between these objects, and the amount of gravitational attraction
0807.16.6 gravity controls the motion of objects in solar system
0807.5.1 use a simple classification key to identify a unknown organism
0807.5.4 identify several reasons for the importance of maintaining the earth's biodiversity.
0807.5.5 compare fossils found in sedimentary rock to determine their relative age
0807.9.1
0807.9.10 identify reactants and products of a chemical reaction
0807.9.10 reactants and products
0807.9.11 Law of Conservation of Mass
0807.9.2 identify outcome of chemical changes
0807.9.3
0807.9.4 Differeniate Between A Mixture And A Compound.
0807.9.8 interpret the result of an investigation to determine whether a physical or chemical change has occurred
0807.9.9 chemical reachion
0807.9.9 use the periodic table to determine the properties of an element
0807.912 identify the basic properties of acids and bases
0807.Inq.1 Designing Experiments
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
Z width="287" height="278" align="middle" link="
http://www.google.com/imgres?imgurl=http
:
scienceblogs.com/startswithabang/upload/2009/04/dark_matter_calm_down_people/atom.jpg&imgrefurl=
http://scienceblogs.com/startswithabang/2009/04/dark_matter_calm_down_people.php&h=330&w=309&sz=12&tbnid=e-GG4xc_ogxJMM:&tbnh=232&tbnw=217&prev=/images%3Fq%3Dpictures%2Bof%2Ball%2Batoms&zoom=1&q=pictures+of+all+atoms&usg=
v8CPQZm6mySB_EyMjTEdKBslW0Q=&sa=X&ei=WxLOTIKMGoOglAfGh-3kCA&ved=0CBwQ9QEwAA"]]protons apositive charged particle.
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Z width="241" height="208" align="middle" link="
http://www.google.com/imgres?imgurl=http
:
static.howstuffworks.com/gif/laser1.jpg&imgrefurl=
http://www.howstuffworks.com/laser-analysis2.htm&h=339&w=350&sz=20&tbnid=9bi7QjO9vy_DaM:&tbnh=116&tbnw=120&prev=/images%3Fq%3Dpictures%2Bof%2Ball%2Batoms&zoom=1&q=pictures+of+all+atoms&usg=
I9xxdxOGzDtxhHLsRIm4x_U-A18=&sa=X&ei=WxLOTIKMGoOglAfGh-3kCA&ved=0CCAQ9QEwAg"]]electrons is a negative charged
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